GENERADOR INVERTER

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The inverter generator consists of a passage of electrons from one point to another point. These electrons flow through a conductor. The resistance of the material should be good for an easy flow of electrons (eg metals such as copper and silver).

The generator has an advanced inverter technology. The inverter generator is easy to transport, with a soft, adjustable mechanism, it emits low noise emission, requires little fuel, may have a size small enough rlativamente power, among many others.
The inverter generator is used primarily for domestic use or in areas such as campsites, boats, the countryside, the mountains ...

The measurement of current flowing in an electrical generator is measured in watts (W).

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Inverter Generator Information

The high-tech electric generator Inverter:
The electrical current, the atoms (according to a Model currently adopted for convenience) are composed of a core and a certain number of electrons orbiting the nucleus.

There are other particles, but does not affect what we want here. The present is a passage of electrons from one point (called the anode, from the Greek "ana", which means license) to another (called the cathode, the Greek "Cata", meaning "towards"). These electrons flow through a conductor (a wire, an iron bar ...). By convention, said that the current (= the passage of electrons) passes to generate electricity. Resistance The material on the flow of electrons (= ie, where electrical current flows) can be a driver more or less good, depending on whether or not to facilitate the passage of electrons. For example, the air is a poor conductor of iron is a good conductor. Then, the electrons follow a thread, even if it takes a long long way, but I can follow a route through the air very soon. Bad drivers (which let almost electrons) are called insulators. Among these, glass, ceramics, wood, etc. The best conductors are metals: copper, silver, etc..

Electric Generator

Since a large number of sets or little resistance to the passage of electrons, one can calculate the "how" resistance. The resistance of a material varies with Tipus material (eg copper current passes much better than coal, so coal has a higher resistance of copper) and how is the piece of material: example, how long, which has a diameter, and so on. The resistance of a body passage of current is a unit of measurement known as "Ohm."

A generator with 500 ohms resistance offers a top step of the current one that has 10 or 100. When measuring resistance to the passage of electrons in a direct current (see below) refers to resistance. When measuring the alternating current is made to "impedance". The unit 's always the Ohm impedance. The Ohm is often abbreviated with the letter "omega" of the Greek alphabet.

Intensity "The passage of electrons can be more or less intense, and this intensity is measured in amperes. Therefore, a current of 10 amps is more intense than 2 amps each. The electric generator is often abbreviated with the letter A (always capitalized). Resistance is measured in ohms, the potential difference in volts, amperes and power in watts. The potential difference between the characteristics of the current, as well as its intensity, there is also " potential difference, "or that there is a charge difference between the positive and negative.

Assuming that the generator that changes from positive to negative is the water that flows into a tube of the mountain to the tap of the city, one could say that the potential is "the gap" between the mountains and city. The electrical potential difference is measured in volts. Therefore, a current of 3,000 volts has much potential over a 12-volt power. The Volt is often abbreviated with the letters "V" is capitalized.

A word used to describe the tension is "tension", an E, "the word that expresses the concept of potential difference. Therefore, said there is a high voltage (eg 3000V) or low (voltage, eg 3.5 volts).

Measurement of 'The total amount of current that flows in one hour in a generator is measured in watts, abbreviated to W (uppercase). The Watt (measuring the total amount of current flowing in one hour, for example, by installing ENEL plant in your home) is used as a measure of energy consumption.

A 1200 watt electric generator consumes one more unit of 500W.